Spotify’s elusive lossless music experience is being teased again, this time based on code uncovered by The Verge in recent builds of the Spotify app for Android.
More than three years have elapsed since Spotify announced its intention to offer a “HiFi” premium option that would give users access to a catalog of CD-quality music tracks. Originally the company said the tier would go live by the end of 2021, but a shift in the wider streaming market upended that idea.
Apple Music has since rolled lossless listening into its standard subscription price, while Amazon stopped charging extra for its lossless music library. The moves effectively kiboshed Spotify’s original strategy of marketing an exclusively lossless HiFi tier.
That said, it doesn’t sound as if lossless is coming as a free perk. The latest rumors suggest that Spotify now aims to offer lossless audio playback in an optional “Music Pro” add-on that will also include new DJ remix features, which let subscribers “speed up, mash-up, and otherwise edit” tracks from their favorite artists, according to The Wall Street Journal.
Spotify will reportedly make basic versions of these remixing tools available as part of its Premium subscription (currently $10.99 a month, or $5.99 for students). Meanwhile, the more expansive offering will be part of a “Supremium” tier that will include its long-delayed lossless audio feature.
How much the “Supremium” tier will cost is unknown. Similarly, the intended price of the lossless “Music Pro” add-on for premium subscribers has not been revealed, but given that major rivals include lossless in their standard plans, asking users to pay anything more than a nominal fee in unlikely to go down well.
iOS 18 is expected to be the “biggest” update in the iPhone’s history. Below, we recap rumored features and changes for the iPhone. iOS 18 is rumored to include new generative AI features for Siri and many apps, and Apple plans to add RCS support to the Messages app for an improved texting experience between iPhones and Android devices. The update is also expected to introduce a more…
A week after Apple updated its App Review Guidelines to permit retro game console emulators, a Game Boy emulator for the iPhone called iGBA has appeared in the App Store worldwide. The emulator is already one of the top free apps on the App Store charts. It was not entirely clear if Apple would allow emulators to work with all and any games, but iGBA is able to load any Game Boy ROMs that…
Apple’s hardware roadmap was in the news this week, with things hopefully firming up for a launch of updated iPad Pro and iPad Air models next month while we look ahead to the other iPad models and a full lineup of M4-based Macs arriving starting later this year. We also heard some fresh rumors about iOS 18, due to be unveiled at WWDC in a couple of months, while we took a look at how things …
Best Buy this weekend has a big sale on Apple MacBooks and iPads, including new all-time low prices on the M3 MacBook Air, alongside the best prices we’ve ever seen on MacBook Pro, iPad, and more. Some of these deals require a My Best Buy Plus or My Best Buy Total membership, which start at $49.99/year. In addition to exclusive access to select discounts, you’ll get free 2-day shipping, an…
Apple today said it removed Game Boy emulator iGBA from the App Store for violating the company’s App Review Guidelines related to spam (section 4.3) and copyright (section 5.2), but it did not provide any specific details. iGBA was a copycat version of developer Riley Testut’s open-source GBA4iOS app. The emulator rose to the top of the App Store charts following its release this weekend,…
Apple’s first set of new AI features planned for iOS 18 will not rely on cloud servers at all, according to Bloomberg’s Mark Gurman. “As the world awaits Apple’s big AI unveiling on June 10, it looks like the initial wave of features will work entirely on device,” said Gurman, in the Q&A section of his Power On newsletter today. “That means there’s no cloud processing component to the…
Netflix has been accused of using AI-manipulated imagery in the true crime documentary What Jennifer Did, Futurism has reported. Several photos show typical signs of AI trickery, including mangled hands, strange artifacts and more. If accurate, the report raises serious questions about the use of such images in documentaries, particularly since the person depicted is currently in prison awaiting retrial.
In one egregious image, the left hand of the documentary’s subject Jennifer Pan is particularly mangled, while another image shows a strange gap in her cheek. Netflix has yet to acknowledge the report, but the images show clear signs of manipulation and were never labeled as AI-generated.
Netflix
The AI may be generating the imagery based on real photos of Pan, as PetaPixel suggested. However, the resulting output may be interpreted as being prejudicial instead of presenting the facts of the case without bias.
A Canadian court of appeal ordered Pan’s retrial because the trial judge didn’t present the jury with enough options, the CBC reported.
One critic, journalist Karen K. HO, said that the Netflix documentary is an example of the “true crime industrial complex” catering to an “all-consuming and endless” appetite for violent content. Netflix’s potential use of AI manipulated imagery as a storytelling tool may reinforce that argument.
Regulators in the US, Europe and elsewhere have enacted laws on the use of AI, but so far there appears to be no specific laws governing the use of AI images or video in documentaries or other content.
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Currently, work is ongoing with finishing the 24H2 update which lands later this year – most likely it’ll roll out from September – but Microsoft is already looking past that upgrade to the first Moment update it’ll deliver for that release, likely early in 2025. (Assuming the Moment name is kept, and we’ll come back to that).
Windows 11 version 24H2’s first “Moment” is already underway, stumbled upon this internal flight earlierBuild 26120.383, it really is just an EKB on top of 26100 pic.twitter.com/zRVseaW2c4April 15, 2024
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This is according to a respected Microsoft leaker, Albacore on X (formerly Twitter), who as noted in the above post stumbled upon an internal flight – a preview version just being tested within Microsoft currently – which is the first Moment for 24H2. (Add your own scattering of seasoning here, naturally).
Analysis: The bigger update picture – and potential road to Windows 12
As a quick refresher, Moment updates are sizeable feature drops, though not nearly as big as the annual upgrades for Windows 11 (23H2, 24H2 and so on). Essentially, Moments offer a way for Microsoft to continue to drip feed features between the major ‘H2’ annual versions of Windows 11.
With the first Moment update for 24H2 seemingly already under development, this seems a strong indication that Microsoft will continue with this scheme of things for Windows 11 updates going forward.
As Albacore discusses in the thread of the above post on X, it is possible that Microsoft might change the name ‘Moment’ to something else, but the underlying principle of these small-to-medium sized upgrades – outside the cadence of the big annual updates – should remain in place for Windows 11 as we progress down the road with the OS.
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Before too long, though, that road will lead to Windows 12 – or whatever next-gen Windows ends up being called, with it quite possibly turning up in 2025, when Windows 10 exits stage left – and after that, the update delivery philosophy could change again.
Perhaps there’s a heightened chance of this, too, when you consider that Windows is under a new chief – Pavan Davuluri has taken the reins of the OS, as Mikhail Parakhin (who was heading up Windows previously) is off doing other things at Microsoft as of last month.
Traditionally, Microsoft has operated under this kind of scheme of smaller drip-fed updates outside of large feature drops – though not always. Before Windows 11 arrived, you may recall that Microsoft used a twice-yearly update scheme with Windows 10, so no new features were introduced between those upgrades. That left some pretty sizeable gaps of six months or so where nothing happened with the desktop OS feature-wise (except minor tweaks here and there).
We were never keen on that idea, but we don’t think Microsoft will return to that way of working – we’re taking this as a positive sign that Moments, or their equivalent, will be around for a good time yet, and hopefully with Windows 12 going forward, when it eventually rolls into town.
Misconduct allegations and findings can tear academic communities apart, and university disciplinary processes can amplify the harm. This two-part series explores the community fallout from harassment and bullying misconduct, beginning with the ripple effects of secrecy surrounding disciplinary processes. A second article will investigate how changes to institutional responses could benefit academia.
In August 2023, the International Astronomical Union (IAU) revised its code of conduct in response to complaints about the online hounding of astronomers who had collaborated with alleged or known harassers. “We knew of several astronomers around the world who were being ostracized from the astronomical community,” Debra Elmegreen, president of the Paris-based organization, told Nature at the time. Examples included researchers having papers rejected and being excluded from conferences.
The IAU’s revised guidance raised a fierce debate and ethical questions from its members about how to respond when a colleague is accused of harassment. Should researchers collaborate with a known or suspected harasser? And if allegations are found to be true, should offenders be cited as authors, invited to write opinion pieces or be employed at another institution?
There are currently no universally accepted guidelines to help the scientific community respond to such situations, leaving people and organizations to muddle through on their own, which can compound the harm.
How to stop ‘passing the harasser’: universities urged to join information-sharing scheme
Academia continues to struggle with bullying and harassment, despite social protest movements such as #MeToo and #BlackLivesMatter drawing attention to it. According to Nature’s 2021 global salary and job satisfaction survey, 27% of the 3,200 self-selecting respondents said they had observed or experienced discrimination, bullying or harassment in their present position, up from 21% in 2018. In Nature’s 2022 graduate student survey, 18% said that they had personally experienced bullying, down from 21% in 2019. And in last year’s survey of postdoctoral researchers, 25% reported experiencing discrimination and harassment.
These behaviours create unsafe spaces in academia — particularly for women and minority groups — that reinforce inequalities1, drive researchers out of academia and can even put people at risk of physical harm2.
Because misconduct investigations are usually shrouded in secrecy, colleagues are often left to base their responses on rumours and hearsay, and unsure how to interact with an accused peer.
There are also several good reasons for closed investigations, including various competing interests around privacy and due process, many of them employment-law protections. Furthermore, survivors of harassment might not want their cases publicized, and those accused might want to defend their case without being tried in the court of public opinion first.
“Harassment is actually not an individual issue,” says Anna Bull, who is based in York, UK, and is the director of research at the 1752 Group, a UK organization that studies and advocates against sexual misconduct. “It is a community issue.”
Community strife
Faced with information vacuums, researchers and communities often take matters into their own hands by refusing to cite or collaborate with certain people (including both accusers and the accused in harassment and bullying allegations), not inviting them to conferences or into partnerships and excluding them from social events.
A 2022 study3 found that article citations dropped — by more than 5% — if an author was publicly found to have committed sexual misconduct. Most people learn about allegations through their peer community, says co-author Marina Chugunova, a behavioural and experimental economist at the Max Planck Institute for Innovation and Competition in Munich, Germany. “We’re in a very social profession, and their network matters a lot.”
But this study looked only at known and published cases of misconduct.
Marina Chugunova, a behavioural and experimental economist at the Max Planck Institute for Innovation and Competition in Munich, Germany, has studied harassment’s downstream effects.Credit: Max Planck Institute for Innovation and Competition
“Secrecy is the real problem,” says Sarah Batterman, an ecologist at the Cary Institute of Ecosystem Studies in Millbrook, New York. In 2021 Batterman joined other women who spoke out about sexual misconduct at the Smithsonian Tropical Research Institute (STRI) in Panama City. Batterman, who remains a research associate at the STRI, still does not know whether the person who she filed a complaint against resigned or was fired. He remains active in her field of research.
“There are so many cases where people just get removed from positions and go on to another institution. It’s ‘pass the harasser’ and they just get to keep on behaving in their bad way because no one knows,” says Batterman.
Joshua Tewksbury, who took over as director at the STRI in 2021, says that “reports of harassment and investigations are treated with strict confidentiality to safeguard the privacy and integrity of those who come forward. Our primary focus is on supporting those affected while ensuring that investigations are fair and thorough.” The institute has since overhauled many of its practices for handling misconduct cases.
Also, an alleged harasser might resign before being dismissed, Tewksbury told a Nature podcast last year. “We are not in a position of sort of making a blanket public statement. In fact, legally, we can’t [get] around those issues, particularly if someone quits,” he said.
Shining a light
Disciplinary processes are considered a human resources (HR) matter, and most HR information is confidential, explains Georgina Calvert-Lee, a barrister and employment-law and equality specialist at Bellevue Law in London. People have “a right to private life and a family life”, she says, and this is explicitly protected by employment law.
Calvert-Lee says confidentiality regarding investigations protects the fairness of the process on both sides and the evidence that witnesses give. Disclosing investigation findings also comes with pitfalls, she adds. A sacked employee could sue for wrongful dismissal and a former employer could be liable for damaging the individual’s reputation if the circumstances of their departure were in the public domain. Ultimately, UK employment law does not require universities to disclose such findings and so most institutions would not risk being sued, Calvert-Lee says.
Employment-law and equality specialist Georgina Calvert-Lee says that confidentiality around investigations protects the fairness of misconduct investigations on both sides.Credit: Laura Shimili Mears
In 2016, Julie Libarkin, a geologist at Michigan State University in East Lansing, became frustrated at how harassment cases in US academia were being reported in the media. She describes high-profile misconduct allegations as “bursts of light that then fade away”, adding, “It means we don’t shine a light on the problem.” So, she trawled the Internet for US harassment cases, finding 30 in one day. She then set up the open-access Academic Sexual Misconduct Database, which has more than 1,200 entries and includes only publicly documented US cases.
There are no definitive statistics on either the prevalence or the extent of confirmed findings of harassment and discrimination in academia. But, in a 2018 report that summarized studies on sexual harassment in science, technology, engineering and mathematics (STEM) fields, the US National Academies of Sciences, Engineering and Medicine estimated that more than half of female faculty members and staff have encountered or experienced sexual harassment. In a 2022 survey of more than 4,000 self-selected early- and mid-career researchers in Brazil, 47% of women had experienced harassment at work. Only a small fraction of reported incidents will result in formal disciplinary action. Of those that result in a finding of misconduct, an even smaller number will be made public.
Most institutions encourage informal resolution first, says Libarkin. Even if a person acknowledges their wrongdoing and agrees to undertake counselling or training, there is no paper trail, she says. “There’s no requirement that informal processes be reported anywhere.” These cases are not in her database.
For cases serious enough to find their way into the public spotlight and onto her list, “there’s rarely one victim and there’s rarely one incident”, she says. And yet US institutions are not required to keep information illustrating a pattern of behaviour, and often the information is not made public. Some universities, such as University College London (UCL), allow formal warnings to expire, so that a few years after a finding of misconduct, it is disregarded in future disciplinary action. Furthermore, many institutions ask complainants to sign non-disclosure agreements (NDAs) as part of the disciplinary process, which prevents them from speaking out about what happened to them.
Freedom and safety in science
Astrophysicist Emma Chapman who is now at the University of Nottingham, UK, campaigned to ban NDAs following a two-year sexual harassment investigation by UCL, which was initiated by a complaint she filed during her time there as a PhD student. “I insisted on a confidentiality waiver,” she says, so that she could talk about some part of what happened. “You can’t fix the problem without exposing the problem.” The waiver requires her to give the institution two days’ notice ahead of talking about her case. In 2019, four years after Chapman’s initial complaint, UCL ended the use of confidentiality clauses or NDAs in settlement agreements with individuals who have complained of sexual misconduct.
After Chapman first went public about her experience, women reached out to her from all over the world to share theirs. “People were like, ‘I was raped, but I can’t say anything’ or ‘I was sexually assaulted, and I couldn’t say anything’, ‘I had to leave’, and ‘I’m under an NDA’,” she remembers. “And I realized that my case was deeply, deeply upsetting and shocking and — normal.”
Transparency is tricky
Total transparency about bullying and harassment cases can also be problematic, because many survivors might not want to disclose what happened to them, says Mark Dean, chief executive of Enmasse, a workplace behaviour-change consultancy company in Melbourne, Australia.
“There’s a reasonable chance that an unwanted announcement will further traumatize an individual,” he says, adding that respecting a survivor’s wishes is fundamental, and should inform any action. The complainant might want to put the matter behind them or they might fear other forms of career-damaging retaliation. Although many colleagues might guess who the complainant is after a suspected harasser leaves, this can be less traumatic than a public announcement, Dean says.
There are legal and employment restrictions that protect a person’s privacy. “Quite often we see organizations hamstrung by a range of conflicting interests as to whether they announce to the world that someone has been found guilty of misconduct,” Dean says. “They are subject to a whole range of employment privacy requirements.”
How hiring policies can help end workplace harassment
In the United Kingdom, disciplinary findings are seen as the personal data of the person accused, says Bull. That means it is illegal to share the findings, including the sanctions against the individual, with professional bodies and even prospective employers without the individual’s permission.
Calvert-Lee says that there are exceptions to the law when there is a legitimate purpose for sharing the information. If an employer asked for a reference, for example, a former institution could state that the person had been dismissed for misconduct. As things stand, neither party is required to request or provide such information and the new institution might not know to ask for such information, unprompted.
Bull’s 1752 Group is urging universities to try to remedy this problem by joining an initiative called the Misconduct Disclosure Scheme. The scheme, which is currently implemented by more than 250 organizations worldwide, aids the sharing of misconduct data between employers.
The lack of such open, transparent data makes researching harassment and discrimination difficult, too, says Chugunova. “From surveys, we know it is a huge problem, but the data is just not there.” Her 2022 research paper used data from the Academic Sexual Misconduct Database, and so was limited to cases in the United States. Social scientists have been saying for decades that there is no data, she says. “In 20 years, nothing has changed.”
Difficult discussions ahead
“Astronomy was at the front of the #MeToo movement in STEM by far, and now right at the front of the backlash as well,” says Chapman, pointing to the issue of harassment of alleged harassers and their allies, which the IAU was trying to address with its initial code-of-conduct revision. “And the things we see happening in astronomy are going to start happening in other fields as well in the next year or so. We have the opportunity right now to be the guinea pigs for academia and for higher education by having this very difficult discussion,” says Chapman.
In October last year, the IAU revised its code of conduct again to emphasize that “any form of physical or verbal abuse, bullying, or harassment of any individual, including complainants, their allies, alleged or sanctioned offenders, or those who work with or have worked with them, is not allowed”. Many members pointed out that this addition merely reinforced that harassment was prohibited — which had already been the organization’s policy.
Emma Chapman, an astrophysicist at the University of Nottingham, UK, campaigned to ban non-disclosure agreements as part of disciplinary processes.Credit: Emma Chapman
Chapman, who was critical of the initial changes, says that at least the IAU is trying to engage the problem. “There is no easy answer, but that doesn’t mean that we default to having no answer,” she says.
Ultimately, institutions and professional bodies need policies that are proactive rather than reactive, says Chapman. For example, conference organizers should have codes of conduct that lay out whether researchers who have been found guilty of misconduct can present at their event. “That way, you’re more legally protected. What’s not OK is, for example, to say ‘so-and-so can’t be part of this community’ and be vague about it,” she says.
Calvert-Lee says that excluding people from events is legally “tricky”. It could be defamatory to deny people access to events on the basis of rumours or allegations. But if an individual is found to have harassed or bullied others, an organizer could argue that excluding that individual reduces the risk to other attendees.
Professional societies such as the IAU have an important part to play. “What matters is the field — if you don’t have agreement across the field, it is kind of useless having an agreement in one university, or even one country,” says Chapman.
Calvert-Lee suggests that institutions should ask former employers to disclose the number of misconduct findings against a potential employee, or whether there were any outstanding investigations when the person left. In her experience, most UK universities supply “a very short two-liner, which says that a person worked here in this capacity from this date to that date, full stop” and would not voluntarily disclose extra information for fear of litigation.
Because academia is an extremely mobile community, Batterman suggests that academics should have a worldwide professional certification process. “Doctors and lawyers get professionally certified, and there’s an ethical review. If they violate their community norms, they can lose their licence. It should be the same in academia, whether it’s sexual harassment, sexual assault or bullying,” she says. But national efforts would be a valuable start, she adds, with various disciplines collectively deciding what actions would result in permanent expulsion from the academic community.
Dean advocates that organizations should take a hard line on sexual harassment and reclassify it as serious misconduct and thus a fireable first-time offence. He also urges institutions to report their anonymized statistics. They could regularly publish the number of findings on sexual misconduct and the number of exits under that policy, without naming survivors or their harassers, he says.
It’s a level of semi-transparency that could help communities to move forwards from harassment findings without causing the field or the individuals involved more harm. “Over time, people will see that the rumour mill starts, then there is a finding and then someone is no longer there,” Dean says. It also wouldn’t violate the competing employment and privacy laws.
“It is a workaround,” he admits. But importantly, it would allow people to see the consequences of such behaviour.
Apple will allegedly offer both the iPhone 16 Pro and iPhone 16 Pro Max with a minimum 256GB of storage, doing away with the 128GB starting option on its smaller Pro model for the first time.
Currently, Apple’s 6.1-inch iPhone 15 Pro starts at $999 and comes with the minimum 128GB of storage, while the 6.7-inch iPhone 15 Pro Max starts at $1,199 with a minimum 256GB of storage.
However, according to a post on X (Twitter) by LeaksApplePro, Apple will bump up the base storage of the upcoming iPhone 16 Pro to 256GB to match the minimum capacity of the larger iPhone 16 Pro Max, while the starting price of Apple’s smaller Pro model will remain at $999.
The X account has no recent track record for accurate Apple leaks or rumors, so we are filing this one under sketchy. Having said that, the claim is not outside the realm of possibility.
If Apple drops 128GB as the base on the iPhone 16 Pro, that will leave three Pro storage options across the board: 256GB, 512GB, and 1TB.
It’s also worth noting that in 2018, Apple’s premium iPhone X came with 64GB, an entry-level storage tier that persisted in successive generations until the iPhone 13 in 2021, when Apple adopted 128GB as the new baseline. If Apple makes 256GB the new minimum across its premium devices, it could be settling into a pattern of doubling the minimum capacity every three years.
At the other end of the scale, a rumor in January out of Korea claimed that both iPhone 16 Pro models will be available with double the maximum storage capacity as the iPhone 15 Pro devices, increasing from 1TB to 2TB.
The maximum storage increase is said to be a result of Apple’s switch to higher-density Quad-Level Cell (QLC) NAND flash for higher storage models. Apple’s use of QLC NAND could allow Apple to fit more storage into a smaller space and it is less expensive than Triple-Level Cell (TLC) NAND, which current iPhones use.
This year’s iPhone 16 Pro and iPhone 16 Pro Max are rumored to be getting bigger display sizes, increasing to 6.27- and 6.86-inches, respectively. For comparison, the iPhone 15 Pro and iPhone 15 Pro Max are equipped with 6.1-inch and 6.7-inch displays, respectively. The new display sizes will be the largest ever for the iPhone, and should also increase the physical space for internal components and parts.
The best smartwatches can help you stay fit, look at your phone less and do things like set timers and alarms more conveniently. They’ve become some of the ultimate phone accessories too, giving you the ability to stay connected while feeling a bit less tethered to your handset. The smartwatch space is pretty crowded now, but there are a few manufacturers and models that stand out among the rest. We’ve tested and reviewed most of the biggest smartwatches available right now — these are our current favorites, plus advice on how to pick the best smartwatch for your needs.
What factors to consider in a smartwatch
Compatibility
Apple Watches only work with iPhones, while Wear OS devices play nice with both iOS and Android phones. Smartwatches made by Samsung, Garmin, Fitbit and others are also compatible with Android and iOS, but you’ll need to install a companion app on your smartphone.
The smartwatch OS will also dictate the type and number of third-party apps you’ll have access to. Many of these aren’t useful, though, making this factor a fairly minor one in the grand scheme of things.
Price
The best smartwatches generally cost between $300 and $400. Compared to budget smartwatches, which cost between $100 and $250, these pricier devices have advanced operating systems, communications, music and fitness features. They also often include perks like onboard GPS tracking, music storage and NFC, which budget devices generally don’t.
Some companies make specialized fitness watches: Those can easily run north of $500, and we’d only recommend them to serious athletes. Luxury smartwatches from brands like TAG Heuer and Hublot can also reach sky-high prices, but we wouldn’t endorse any of them. These devices can cost more than $1,000, and you’re usually paying for little more than a brand name and some needlessly exotic selection of build materials.
Battery life
Battery life remains one of our biggest complaints about smartwatches, but there’s hope as of late. You can expect two full days from Apple Watches and most Wear OS devices. Watches using the Snapdragon Wear 3100 processor support extended battery modes that promise up to five days of battery life on a charge — if you’re willing to shut off most features aside from, you know, displaying the time. Snapdragon’s next-gen Wear 4100 and 4100+ processors were announced in 2020, but only a handful of devices – some of which aren’t even available yet – are using them so far. Other models can last five to seven days, but they usually have fewer features and lower-quality displays. Meanwhile, some fitness watches can last weeks on a single charge.
Communication
Any smartwatch worth considering delivers call, text and app notifications to your wrist. Call and text alerts are self explanatory, but if those mean a lot to you, consider a watch with LTE. They’re more expensive than their WiFi-only counterparts, but cellular connectivity allows the smartwatch to take and receive phone calls, and do the same with text messages, without your device nearby. As far as app alerts go, getting them delivered to your wrist will let you glance down to the watch face and see if you absolutely need to check your phone right now.
Fitness tracking
Activity tracking is a big reason why people turn to smartwatches. An all-purpose timepiece should function as a fitness tracker, logging your steps, calories and workouts, and most of today’s wearables have a heart rate monitor as well.
Many smartwatches’ fitness features include a built-in GPS, which is useful for tracking distance for runs and bike rides. Swimmers will want something water resistant, and thankfully most all-purpose devices now can withstand at least a dunk in the pool. Some smartwatches from companies like Garmin are more fitness focused than others and tend to offer more advanced features like heart-rate-variance tracking, recovery time estimation, onboard maps and more.
Health tracking on smartwatches has also seen advances over the years. Both Apple and Fitbit devices can estimate blood oxygen levels and measure ECGs. But the more affordable the smartwatch, the less likely it is that it has these kinds of advanced health tracking features; if collecting those kinds of wellness metrics is important to you, you’ll have to pay for the privilege.
Engadget
Music
Your watch can not only track your morning runs but also play music while you’re exercising. Many smartwatches let you save your music locally, so you can connect wireless earbuds via Bluetooth and listen to tunes without bringing your phone. Those that don’t have onboard storage for music usually have on-watch music controls, so you can control playback without whipping out your phone. And if your watch has LTE, local saving isn’t required — you’ll be able to stream music directly from the watch to your paired earbuds.
Displays
Most wearables have touchscreens and we recommend getting one that has a full-color touchscreen. Some flagships like the Apple Watch have LTPO displays, which stands for low-temperature polycrystalline oxide. These panels have faster response times and are more power efficient, resulting in a smoother experience when one interacts with the touchscreen and, in some cases, longer battery lives.
You won’t see significant gains with the latter, though, because the extra battery essentially gets used up when these devices have always-on displays, as most flagship wearables do today. Some smartwatches have this feature on by default while others let you enable it via tweaked settings. This smart feature allows you to glance down at your watch to check the time, health stats or any other information you’ve set it to show on its watchface without lifting your wrist. This will no doubt affect your device’s battery life, but thankfully most always-on modes dim the display’s brightness so it’s not running at its peak unnecessarily. Cheaper devices won’t have this feature; instead, their touchscreens will automatically turn off to conserve battery life and you’ll have to intentionally check your watch to turn on the display again.
NFC
Many smartwatches have NFC, letting you pay for things without your wallet using contactless payments. After saving your credit or debit card information, you can hold your smartwatch up to an NFC reader to pay for a cup of coffee on your way home from a run. Keep in mind that different watches use different payment systems: Apple Watches use Apple Pay, Wear OS devices use Google Pay, Samsung devices use Samsung Pay and so forth.
Apple Pay is one of the most popular NFC payment systems, with support for multiple banks and credit cards in 72 different countries, while Samsung and Google Pay work in fewer regions. It’s also important to note that both NFC payment support varies by device as well for both Samsung and Google’s systems.
Photo by Cherlynn Low / Engadget
Tracks: Sleep, activity, calories, stress | Connectivity: Bluetooth, Wi-Fi, Cellular (optional) | GPS: Yes, built in | Water resistant: Yes | Assistant support: Siri | Display: Always-on Retina touchscreen | Weight: 38.7 grams | Battery life: 18 hours
When Apple unveiled the Apple Watch Series 9 in September, the company appears to be focusing on ways for you to interact with the device without having to touch the screen. It introduced a new Double Tap gesture that’s based on its Assistive Touch accessibility tool, allowing users to use a pinching action to navigate the system. If you’re unable to use your other hand to swipe, for example, you can Double Tap to bring up your Smart Stack or dismiss an alarm.
The feature is not something you can utilize throughout the entire watchOS interface, but when it does work, it could make little tasks a lot easier. Dismissing timers while cooking or starting a workout tracker when you’re already in the middle of your run are just some ways Double Tap could be very helpful.
Apple also brought on-device Siri processing to the Series 9, thanks to its new S9 system-in-package (SiP) processor. This way, the assistant responds slightly more quickly, but, more importantly, it can answer you even when you’re offline. It might not be able to pull web results when you’re disconnected, but it can at least control your music and timers. Later this year, Siri Health Requests will arrive, allowing you to ask it for your sleep, move and workout data, too.
Throw in a new Find My iPhone interface thanks to a second-generation ultra wideband (UWB) chip, brighter screen (that also gets dimmer at night), as well as a refreshed interface via watchOS 10, and the Series 9 feels like a meaty upgrade from its predecessor. The increased focus on Siri and touch-free interaction methods is also another advantage that the Apple Watch has over its competitors, and the company remains the king of the smartwatch category. Though it still lags its rivals on sleep-tracking, the Series 9 definitively beats out last year’s Series 8 to be the best smartwatch available now and the best Apple Watch for most people.
Tracks: Sleep, activity, calories, stress | Connectivity: Bluetooth, Wi-Fi | GPS: Connected GPS | Water resistant: Up to 50m | Assistant support: Amazon Alexa | Display: Always-on touchscreen | Weight: .16 ounces | Battery life: Up to 6 days
Dropping $400 on a wearable isn’t feasible for everyone, which is why we recommend the Fitbit Versa 2 as the best cheap smartwatch. Even though Fitbit has come out with the Versa 3 and 4, the Versa 2 remains our favorite budget watch because it offers a bunch of features at a great price. You get all of these essentials: Fitbit’s solid exercise-tracking abilities (including auto-workout detection), sleep tracking, water resistance, connected GPS, blood oxygen (SpO2) tracking and a six-day battery life. It also supports Fitbit Pay using NFC and it has built-in Amazon Alexa as a voice assistant. While the Versa 2 typically costs $150, we’ve seen it for as low as $100.
The best smartwatch for Android users has long been one of Samsung’s Galaxy watches. Though Google may have given the company some competition with the debut of the Pixel Watch last year, it still trails behind on battery life and built-in features. And with the Galaxy Watch 6 series this year, Samsung continues to reign as king of the Android smartwatch space.
One of the company’s biggest advantages is its hallmark spinning bezel, which went away in 2022 only to be brought back in last year’s Galaxy Watch 6 Classic. This model not only resurrects the fidget-spinner-esque ring, but also manages to be smaller and lighter than before. The bezel is slightly thinner, while still offering a smooth, tactile way to navigate Wear OS 4 without tapping at the screen. It’s not a huge change from the Galaxy Watch 4 Classic, so if you’re wondering about upgrading based on size alone, don’t expect much of a difference. You’ll appreciate that the displays are brighter, though, and therefore easier to read in direct sunlight.
What makes the Galaxy Watch 6 more compelling than previous models are its updated health and fitness tracking tools. The onboard skin temperature sensor now works overnight to help keep track of ovulation and menstrual cycles, while new sleep-coaching tools offer greater insight on how to get better rest. The company also added an irregular heart rhythm monitoring feature and will alert you if it detects anomalies in your cardio patterns. Runners will also appreciate the new personalized heart rate zones, which will help keep you precisely in the cardio ranges that are right for you, rather than those generated based on population data.
As usual, the Galaxy Watch 6 series also brings processor upgrades and some battery life improvements, alongside more apps optimized for your wrist. All told, the set of software updates coming to this year’s model, including support for Samsung Wallet (instead of just Pay), make the Galaxy Watch 6 more useful than before. Just know that if you have a slightly older model, most of these will likely trickle down to your device soon. If you’re considering trading in for a newer model, it’s worth paying attention to the actual hardware differences. For Android users thinking of getting their first smartwatch, though, the Galaxy Watch 6 or Watch 6 Classic are the best all-rounded option available.
Pros
Good battery life
Customizable workouts with accurate auto-detection
Yes, there are still companies out there trying to make “fashionable” hybrid smartwatches. Back when wearables were novel and generally ugly, brands like Fossil, Michael Kors and Skagen found their niche in stylish smartwatches that took cues from analog timepieces. You also have the option to pick up a “hybrid” smartwatch from companies like Withings and Garmin – these devices look like classic wrist watches but incorporate some limited functionality like activity tracking and heart rate monitoring. They remain good options if you prefer that look, but thankfully, wearables made by Apple, Samsung, Fitbit and others have gotten much more attractive over the past few years.
Ultimately, the only thing you can’t change after you buy a smartwatch is its case design. If you’re not into the Apple Watch’s squared-off corners, all of Samsung’s smartwatches have round cases that look a little more like a traditional watch. Most wearables are offered in a choice of colors and you can pay extra for premium materials like stainless steel. Once you decide on a case, your band options are endless – there are dozens of first- and third-party watch straps available for most major smartwatches, and for both larger and smaller wrists, allowing you to change up your look whenever you please.
Other smartwatches our experts tested
Apple Watch Ultra 2
The Apple Watch Ultra 2 is probably overkill for most people, but it has a ton of extra features like extra waterproofing to track diving, an even more accurate GPS and the biggest battery of any Apple Watch to date. Apple designed it for the most rugged among us, but for your average person, it likely has more features than they’d ever need.
Apple Watch SE
The Apple Watch SE is less feature-rich than the flagship model, but it will probably suffice for most people. We actually regard the Watch SE as the best smartwatch option for first-time buyers, or people on stricter budgets. You’ll get all the core Apple Watch features as well as things like fall and crash detection, noise monitoring and Emergency SOS, but you’ll have to do without more advanced hardware perks like an always-on display, a blood oxygen sensor, an ECG monitor and a skin temperature sensor.
Google Pixel Watch 2
Google made many noteworthy improvements in the Pixel Watch 2. Unlike the first iteration of the smartwatch, the Pixel Watch 2 is actually a solid contender when positioned next to the likes of the Apple Watch and Samsung’s Galaxy Watch. In our review, we praised its excellent heart rate measurements and health insights, plus it has stress management tools that excel over similar features provided by its competitors. However, software quirks and confusing data representations prevent it from earning a spot on our top picks list.
Garmin Forerunner 745
Garmin watches in general can be great options for the most active among us. The Garmin Forerunner 745 is an excellent GPS running watch for serious athletes or those who prize battery life above all else. When we tested it, we found it to provide accurate distance tracking, a killer 16-hour battery life with GPS turned on (up to seven days without it) and support for onboard music storage and Garmin Pay.
Samsung’s your best bet for ultra-large TVs. The company has a wide range of models available in sizes as large as 98-inches, including with its premium display technologies like Neo QLED. However, since they tend to be on the more expensive side, Samsung has now expanded the ultra-large lineup with a new 98-inch 4K model that’s a bit more attainable.
The 98inch Samsung Crystal 4K TV is the newest member of Samsung’s 2024 TV lineup. It provides an optimized big screen viewing experience at an attractive price point. Samsung’s ultra-large portfolio includes Neo QLED 8K, Neo QLED 4K, and QLED 4K models.
Samsung’s newest 98-inch 4K TV is now on sale
There’s a rising demand for larger screens and Samsung is catering to it by enhacing its TV lineup accordingly. James Fishler, SVP of Home Entertainment at Samsung Electronics America pointed out that “the number of 98″ TVs sold across the industry has grown nearly 15 times since last year.”
Samsung has equipped this new 98-inch TV with Supersize Picture Enhancer that improves the picture quality for this massive screen size. It increases sharpness and reduces visible noice across scenes, thereby eliminating pixel distortion.
The 4K upscaling and HDR support also ensures that viewers see all of their content in glorious UHD resolution with a wider spectrum of colors on the screen. An up to 120Hz refresh rate and Motion Xcelerator techology also makes the gaming experience on this TV smoother. The integrated Game Bar also makes it easy to change the screen ratio for gameplay.
The newest Crystal UHD 4K TV in 98-inches, bearing model number DU9000, is now on sale for $3,999 at Samsung.com and at select retailers.
In response to customer feedback and amidst mounting scrutiny from the industry and now regulators, Broadcom CEO Hock Tan has announced a significant backpedal on the company’s pricing model.
The move comes as the European Union has initiated an investigation into complaints about the company’s pricing practices following its November 2023 acquisition of VMware.
Since then and under its new leadership, VMware’s portfolio has seen significant changes, including the termination of perpetual licenses which left a bitter taste in the mouth of many long-standing customers.
In an announcement, Tan highlighted the company’s intention to shift towards simplicity and cost-effectiveness, noting that VMware’s and its customers’ previous pricing structure was complex and costly.
Tan also acknowledged that the company’s move toward a subscription-based model had left perpetual license customers unsupported. However, in an effort to pacify disgruntled users, Broadcom has now confirmed that it will provide “free access to zero-day security patches for supported versions of vSphere,” with more products set to receive a similar treatment in time.
The CEO said that this was to recognize that “fast-moving change[s] may require more time,” indicating that customers had expressed concerns about balancing expenditures between capital and operating spending.
Still, Broadcom remains committed to transitioning VMware to a subscription-based company, claiming that work started in 2018, long after many rivals had already done so.
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Besides committing to backing VMware services with “billions of dollars in new investment,” Tan also announced that VMware Cloud Foundation (VCF) would see dramatic price reductions.
A spokesperson for the European Union stated (via Reuters): “The Commission has received information suggesting that Broadcom is changing the conditions of VMware’s software licensing and support.”
Now, according to the report, EU antitrust regulators are enquiring with Broadcom about changes to newly VMware’s licensing conditions.
Samsung has released a new update to Good Lock’s Home Up module. This new version of Home Up brings an additional home screen and app drawer customization feature. It lets you change the size of the icon to match your preferences better.
Home Up update brings the option to change the size of app icons in One UI
The Home Up app’s latest version (15.0.01.19) brings a new feature called App Icon Setting in the Home Screen section. This section has a new slider to adjust the app icon size. It ranges from 80% to 120%, with 100% being the default setting. You can increase or decrease the size of app icons as per your liking, and this affects app icons on both the app drawer and home screen.
The screenshots below show how app icons look when the size is set to 80%, 100%, 110%, and 120%, respectively. Some people like their app icons to appear slightly bigger than the default setting. We found the 110% setting to be a great choice. Some other settings, including displaying the app icon label on the home screen and app tray, have been moved to the App Icon Setting section of the Home Up app.
This new version of the Home Up module is now available on the Galaxy Store. However, it hasn’t been released in all the countries and markets yet, so you may not be able to spot it on the Galaxy Store in your country. Until then, you can download the new version of the app via the Google Drive link here (via @TarunVats33).
From self-driving cars to AI agents and transformative drug discovery, humanity is entering a fourth industrial revolution – one powered by artificial intelligence.
Nations around the world have taken notice. Harnessing generative AI promises massive socioeconomic, cultural and geopolitical benefits, yet modernizing a government’s ability to enable and improve its AI capabilities requires creating nationwide accelerated IT infrastructure on a level as basic and critical as energy and water grids. Countries that fail to invest in sovereign AI not only risk being left behind by their more AI-literate counterparts but also resign themselves to dependency on other countries for a 21st century critical resources.
Keith Strier
Vice President of Worldwide AI Initiatives at NVIDIA
What is an AI factory?
While the first industrial revolution brought us coal-fired factories to make work more efficient and the telegraph to empower wider communication, this latest revolution is spurred by the most computationally demanding task to ever face humanity – generative AI. Generative AI enables users to quickly create new content based on a variety of inputs, such as text or images. Because of the massive amounts of data this entails, our current computing infrastructure simply won’t suffice. European nations must prioritize the creation of sovereign AI infrastructure to meet demand. In practice, this means the creation of AI factories.
At a basic level, an AI factory is where data comes in and intelligence comes out. It’s an entirely new generation of data center that uses a full-stack accelerated computing platform to perform the most intensive computational tasks. Much like heavy machinery is needed to refine raw materials into more useful resources, substantial computing power is required to turn enormous amounts of raw data into intelligence. The AI factory will become the bedrock of modern economies across the world.
Currently, the world’s most powerful supercomputers are clustered, with the majority of AI computing power in prestigious universities, research labs and a handful of companies. This landscape prevents many nations from creating generative AI that takes advantage of valuable local data to understand the local language and its nuances. The Future of Compute Review, commissioned by the UK Government, found that for the UK to project its global power as a science and technology leader, it needed to ensure its own sovereign computing capability.
Cooperating with national champions
The sovereign AI race is already underway. Japan, India and Singapore have already announced plans to construct next-generation AI factories. While these countries are enjoying a head start, the race is far from over. Real progress is already starting to be made in Europe, as the European Commission has recently announced its support for a network of AI factories.
However, governments are unable to power this new industrial revolution alone. Generative AI development on this scale requires vast resources in material wealth and technical skills, so partnering with the private sector will be critical to success. Every country already has its own strong domestic sector, filled with local technology champions. Making the most of their expertise and capabilities is the first step to success.
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The telecommunications industry is one such industry that is well-positioned to support generative AI infrastructure efforts by evolving into AI factories. Leading telecom operators, such as Orange in France or BT and EE in the United Kingdom, are trusted service providers with large in-region customer bases. The demands of the telco industry have prepared these companies to effectively assist the generative AI infrastructure revolution. Telcos are already used to intensive investment and infrastructure replacement cycles, such as recent rollouts of 4G and 5G solutions. Moreover, they have access to secure, high-performance distributed data centers located close to large metropolitan areas, which helps to combat latency issues.
If Europe is to sit in the driving seat of the latest industrial revolution, rather than just be a passenger, European countries must make AI infrastructure investment an absolute priority.
A new understanding of sovereignty
Although we are in the midst of a generative AI boom and interest keeps growing, development and deployment tools remain limited in terms of their accessibility. Most, if not all, of the most popular AI tools are primarily available in the English language. In a geographical area as culturally and linguistically diverse as Europe, AI tools need to be accessible to all – not only those who happen to speak English. Making this a reality means using local data, implementing local languages and, most of all, bringing the translation capabilities to do so within one’s own borders.
Changing the perception of sovereignty to include computing power is no small feat and is certainly not achievable without action. The shift to sovereign data centers both preserves cultures and native languages in AI tools and ensures that GenAI applications can function accurately within their specific context. But it will require generational investments and ongoing support. The AI infrastructure that tomorrow’s economies will be built upon simply does not exist yet, and those who begin building first will stand to have the most to gain.
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